Question 30 2 pts Spatial query processing uses a two-step 'Filter-Refine' strategy. Which part of this strategy is supp

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Question 30 2 pts Spatial query processing uses a two-step 'Filter-Refine' strategy. Which part of this strategy is supp

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Question 30 2 Pts Spatial Query Processing Uses A Two Step Filter Refine Strategy Which Part Of This Strategy Is Supp 1
Question 30 2 Pts Spatial Query Processing Uses A Two Step Filter Refine Strategy Which Part Of This Strategy Is Supp 1 (47.63 KiB) Viewed 33 times
Question 30 2 pts Spatial query processing uses a two-step 'Filter-Refine' strategy. Which part of this strategy is supported by creating a spatial index on the data, such as an R-Tree? O Both parts: an R-Tree can be used to initially filter the data using bounding boxes around geometries, but then once on the leaf-level, can give access to the specific boundaries for the Refine part too. O None as the R-Tree is only used for a spatial join. O Refine part: the R-Tree allows to efficiently find a candidate set of geometries overlapping the query region. O Filter part: the R-Tree allows to efficiently find a candidate set of geometries overlapping the query region.
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